Here's the translated markdown:
int, floatint_num = 1
t = type(int_num)
print(int_num)
print("int num type is: >>>", t)
print("Detecting data type directly and outputting", type(int_num))
#output
1
int num type is: >>> <class 'int'>
Detecting data type directly and outputting <class 'int'>
Here's the translated markdown:
In [3]: 1 + 1
Out[3]: 2
In [4]: 1 + 1.0
Out[4]: 2.0
In [5]: 2 -1
Out[5]: 1
In [6]: 2 - 1.0
Out[6]: 1.0
In [7]: 2 * 2
Out[7]: 4
In [8]: 2* 2.0
Out[8]: 4.0
In [9]: 9/3
Out[9]: 3.0
# The result is a float if one of the elements is a float, with the highest precedence.
# Division involves precision issues, resulting in a float.
Sure, here's the translated markdown:
Let's say you're the class monitor and you need to compile the monthly test scores of each student in the class. Each month's score will be recorded on a paper, listing each student's score, for instance: